Learn how an impressive reduction of biofilm without conventional biocide treatment could be achieved in an RO plant of a pulp and paper mill. Thanks to Kuriverter® IK-110 the working conditions of the plant improved.
Biofilm effect on Cooling Towers for industrial purpose - Case Study
Cooling towers are used widely in the industry for cooling down a process, there exist many version or types of cooling towers, and each designed with its advantages for the process. The generic term "cooling tower" is used to describe both direct (open circuit) and indirect (closed circuit) heat rejection equipment. While most think of a "cooling tower" as an open direct contact heat rejection device, the indirect cooling tower, sometimes referred to as a "closed circuit cooling tower" is nonetheless also a...
NEUTHOX - For clean and bacteria free water - Case Study
Neuthox dosed in water ensures clean drinking water without bacteria Eliminates legionella bacteria in water systems Neuthox removes biofilm permanently from the entire piping system Neuthox is manufactured efficient, economically. It is environmentally friendly with no toxic or hazardous chemicals Neuthox helps property owners to fulfil their responsibility to provide bacteria free water. Dosing Levels and MethodsIt is recommended that Neuthox is dosed proportionally to the flow, but can also be done...
A framework for good biofilm reactor modeling practice (GBRMP)
A researcher or practitioner can employ a biofilm model to gain insight into what controls the performance of a biofilm process and for optimizing its performance. While a wide range of biofilm-modeling platforms is available, a good strategy is to choose the simplest model that includes sufficient components and processes to address the modeling goal. In most cases, a one-dimensional biofilm model provides the best balance, and good choices can range from hand-calculation analytical solutions, simple spreadsheets,...
Online biofilm monitoring by HydroBio® Advance in an open cooling water system
Download our new case study (CS 134) and learn how HydroBio® Advance optimized the biocide programme and improves the full plant efficiency through: Control of microbiological status with online biofilm monitoring. Optimization of the biocide treatment. Successful deposit control and so clean system. Improvement in cooling tower performance. Increase in control of operation.
Microbial characteristics of landfill leachate disposed by aerobic moving bed biofilm reactor
An aerobic moving bed biofilm reactor (MBBR) was applied to treat landfill leachate generated from a domestic waste incineration plant. Pollutant removal efficiency of this reactor under stable operating condition was studied. The biomass, bacteria species, and microbial metabolism in this reactor were investigated. These results showed that the average removal efficiency of chemical oxygen demand (COD) and ammonia nitrogen in the aerobic MBBR achieved 64% and 97% in the optimum conditions, respectively. The...